Welcome page - SprutCAM X 16

Meet the SprutCAM X AI assistant

– Hi, I’m Ency, SprutCAM X AI assistant. Here is what I can do: generate G-code, help you create a 3D model or answer any question even not related to the software.

Please update SprutCAM X to 16.3.9 or later to get access
Full description of AI assistant is available here.

What’s new

New interface
New Solid simulation
Improved smart hints
Swiss-type machines support
Probing

Updated 2D and 3D CAD
Welding operation improvements
Robot painting improvement
EDM improvements

New MachineMaker version:

Online library: robots and other equipment
CNC machines support

Full LIST oF what’s new

SprutCAM X demo

Got interested in SprutCAM X?
Request a demo from your local SprutCAM X dealer.

Request

Post Processor

Every CAD/CAM software application requires a properly tuned Post Processor. Order customized Post Processor from your local SprutCAM X dealer.

Request

Tutorials

First project

Jump-start video lesson for first
steps. After finishing this lesson
you will understand the essentials:
main concepts, how interface works,
how to calculate toolpaths, adjust
parameters, launch simulation and
get postprocessed NC code.

Mill-turn project

Mill-turn tutorial which will show you that complex mill-turn machine with turret
can be a breeze if you are doing it in SprutCAM X.

Robot programming

Watch how to create your first robot control program. We show it from zero to program launch. Including robot cell creation in MachineMaker, TCP calibration, simple robot project in SprutCAM X, postprocessing and launch.

.NET postprocessing

Watch how to create a post proccessor for your CNC machine with .NET technology

Latest news

5D robot printing by Blueflame 3D technology

This is 5D robot printing with a refurbished robot powered by SprutCAM and HB3D/ Blueflame3D technology. 5D is not about the dimension of the workpiece. 5D is related to the 5 degrees of [...]

3D printing by additive

3D printing has become more popular our days. This method allows you to obtain geometry. That is impossible or problematic to obtain using classical cutting methods. Low weight and high material utilization [...]